Kristi Hill
About Kristi Hill
Kristi Hill is a hydrologist with a Bachelor of Science in Geology/Earth Science from Grand Valley State University. She has worked at the U.S. Geological Survey since 2020, engaging in lab analyses, field work, and technical writing.
Work at U.S. Geological Survey
Kristi Hill has been employed as a Hydrologist at the U.S. Geological Survey (USGS) since 2020. In this role, she conducts lab analyses, participates in field work, and engages in data processing and technical writing for ScienceBase publications. Her work contributes to the understanding of hydrological processes and supports various scientific initiatives. Prior to her current position, she also worked at USGS for six months in 2020, gaining valuable experience in hydrology.
Education and Expertise
Kristi Hill earned a Bachelor of Science in Geology/Earth Science from Grand Valley State University, where she studied from 2016 to 2019. She also holds an Associate of Science degree from Schoolcraft College, completed between 2013 and 2015. Additionally, she participated in a hydrogeology field camp program through Western Michigan University, enhancing her practical knowledge in the field.
Background
Kristi Hill has a diverse background in hydrology and environmental science. She has experience in geophysical testing, aquifer testing, well installation and development, and in situ geochemical data analysis. This foundation supports her current role at USGS, where she applies her skills to various hydrological studies and projects.
Professional Experience
In addition to her role at USGS, Kristi Hill has worked at Trader Joe's as a Crew Member since 2014. This position has provided her with customer service experience while she pursued her education and career in hydrology. Her dual roles demonstrate her ability to balance work and academic commitments.
Environmental Site Assessment
During her educational programs, Kristi Hill prepared a Phase I Environmental Site Assessment for site characterization. This project involved assessing environmental conditions and potential contamination, showcasing her practical application of hydrological principles in real-world scenarios.